FREE SHIPPING WHEN YOU SPEND OVER $50 *SOME EXCLUSIONS MAY APPLY
Seachem Laboratories
This product is not available for international shipping.
Catalysis based, sensitive to less than 0.0025 mg/L
Multi-cavity plate for simultaneous testing of up to 6 tests at the same time
Includes reference for test validation
Marine or Freshwater
Natural seawater (NSW) concentration of iodide is 0.06 mg/L. Ideally, it is advisable to maintain iodide close to NSW concentration. Concentrations above NSW may not be harmful, and, within limits, may even be beneficial, but maintenance at elevated concentrations should be considered experimental.
The innovative MultiTest™ Iodine/Iodide kit offers a quantitative test for this important element of soft and hard coral growth. It measures iodine or iodide to less than 0.005 mg/L. The color scale peaks at 0.10 mg/L. It performs over 75 tests and contains a reference sample for validation.
MultiTest™ Iodine & Iodide performs over 75 tests
And with the multi-cavity test plate, multiple tests can be run at the same time.
Measures between 0–0.1 mg/L iodine or iodide
Detectable changes on the color chart in 0.0025–0.005 mg/L increments.
It isn't necessary to run a reference test to use this kit; however, its proper performance can be validated by running a test in the normal manner except that the reference sample is used in place of aquarium sample. You might choose to run a reference test if you have cause to believe the test is giving incorrect results.
Contents:
Iodide Reagent 1
Iodide Reagent 2
Iodide Reagent 2a
Iodide Reagent 2b
Iodide Reference
Stir Rod
Dispensing Pipette
Sample Pipette
Iodide Color Chart
Multi-Cavity Test Plate
Instructions
All MultiTest™ test kits come with an easy-to-read color chart. It features a 5 cm viewing window to help isolate color and match as closely as possible to the test sample
All MultiTest™ test kits are read from an opaque white test plate. The sliding color chart along with the six-cavity test plate allows for easy reading and comparisons of several samples at the same time.